探索卫星用户终端测试解决方案。了解适用于用户终端开发和生产的解决方案。

You want to learn more about internal and external interference in 5G NR networks? Read here how the to measure the uplink and downlink spectrum in 5G NR TDD networks by applying a time-gate.

Tailored maintenance and support to complement your existing skillset and to secure a smooth and efficient operation for your media solutions

Rohde & Schwarz media solutions help media companies grow in the areas of media production, management, and delivery in the IP and wireless age.

Find out more about LDACS (L-band Digital Aeronautical Communications System), the new air-to-ground communications standard.

和罗德与施瓦茨一起探索 DisplayPort 一致性测试。

Rohde & Schwarz is your trusted partner for secure air traffic communications from the radio to the antenna. Find out more about the world of CERTIUM.

Find out more about remote air traffic control towers. CERTIUM supports virtualized tower operations where the controller does not work in the control tower, but rather from a remote tower.

Find out more about virtual center capabilities and remote ATC operations from multiple area control centers.

Find out more about airport tower control, with reliable yet cost-effective and space saving systems for small and medium airports. These can also be scaled up to support traffic growth or the requirements of international hubs.

ATC ground radio stations for handling communications pertaining to operation and control of aircraft in a given area.

Find out more about safe and efficient solutions for area control centers and air traffic controller communication.

Mobile ATC radio solutions for emergency or redundancy. Mobile ATC shelters enabling ANSPs to get safe air traffic operational in minimal time.

Air traffic management constantly needs to keep pace without making compromises. Safety and security are non-negotiable, and operations must also remain efficient and flexible. Rohde & Schwarz is your trusted partner for secure air traffic communications from the radio to the antenna. Find out more about its innovative solutions for secure and safe ATC communication in the Rohde & Schwarz white papers.

罗德与施瓦茨的测试与测量产品组合，移动无线电通信、无线电通信、电视广播与 IT 安全设备。

Discover our cutting-edge solutions for electromagnetic warfare, intelligence, and counter-drone operations up close at EWLive 2025 in Tartu.

本海报展示了测试被测设备所需的测试与测量仪器。这款限量印刷版海报非常适合提升您在工作场所或教学实验室的能力。注册以下载 PDF 或获得纸质版海报并在实验室使用。

Watch the Satellite Days on-demand videos and find out more about the innovations of nano-satellites demonstrated in orbit, artificial intelligence and the continued miniaturization of satellite technology, the European Protected Waveform (EPW) and Infrastructure for Resilience, Interconnection & Security by Satellite (IRIS2).

Download this publication to get a concise technology overview of 5G non-terrestrial networks with the author's background based on the wireless ecosystem.

2022 年卫星工业日 – 第 3 场 2022 年卫星工业日 第 3 场 200_50397 2022 年卫星工业日 探索下一代卫星技术的影响 什么是测向和无线电定位？ 卫星行业的技术不断发展，推动开发面向 GEO、MEO 和 LEO 轨道的高通量卫星和甚高通量卫星。新卫星星座支持在以前接收不到通信服务的地区和移动应用中实现高速数据通信和互联网通信。 即使卫星已经在轨，卫星运营商和最终用户也可以通过软件定义有效载荷重新配置对地覆盖范围和带宽分配。这可以灵活应对新的运营要求，有助于降低成本。 我们在卫星工业日的第三场活动中探讨了技术创新带来的新机遇和新挑战。 观看按需视频，了解： 如何为甚高通量卫星部署数字地面基础设施。 如何开启新太空天线终端测试 天线在轨测试如何发展以适应灵活的高通量数字有效载荷。 在轨可再编程卫星如何树立新的灵活性标杆，并主要应用于持续变化的移动市场。 如何利用每个轨道的优势和协调多轨卫星通信

Download our whitepaper to learn more about NewSpace user terminals, testing challenges and testing solutions.

Insights into measurement techniques for NewSpace satellites and terminals.

探索适合卫星在轨测试和在轨性能验证的解决方案。了解在轨测试和卫星发射之后的有效载荷测试。

本白皮书深入探索了探测、开关分析和可靠性测试方法。

Learn and make best use of high-voltage probe solutions while achieving reliable measurement results, making applications safe, and enabling ease of operation.

This white paper dives deep into the complexities of testing full bridge converters and learn how to streamline the validation process.

Understand EVM and how it can be used to help better desgin, test, and debug modern communications technologies.

白皮书：测量电源转换器的寄生分量

Get an overview and new insights in our eGuide Testing RF power amplifier designs.

This article, originally printed in Microwave Journal, examines on three typical measurements how the signal source can degrade measurement accuracy, often without the user realizing the unwanted effects.